! $dataDir = $ENV{CUE_LOCAL_DATA_DIR};
!require "$dataDir" . "/CUETGInit.pl";

VIEWPORT MANAGER:
  # need this just so VIEWPORT MANAGER is actually created
  Maximized Viewport = -1
END

VIEW:View 1
  Coord Transform = Cartesian
  CAMERA:
    Option = Pivot Point and Rotation
    Rotation = 45, -35.26439, -30
  END
END

VIEW:View 2
  Coord Transform = 2D Blade-to-blade
  CAMERA:
    Option = Pivot Point and Quaternion
    Rotation Quaternion = 0, 0, -0.707107, 0.707107
  END
END

VIEW:View 3
  Coord Transform = 2D Meridional
  CAMERA:
    Option = Pivot Point and Quaternion
    Rotation Quaternion = -0.707107, 0, 0, 0.707107
  END
END

VIEW:View 4
  Coord Transform = 3D Turbo
  CAMERA:
    Option = Pivot Point and Rotation
    Rotation = 45, -35.26439, -30
  END
END

VIEWPORT MANAGER:
  Viewport Layout = No Split
  Viewport 1 View = View 1
  Viewport 2 View = View 2
  Viewport 3 View = View 3
  Viewport 4 View = View 4
END


VIEW:Imported Geometry
  Coord Transform = Cartesian
  Use Object Visibility List = on
  Object Visibility List = /GEOMETRY/CAD/GEOMETRY DISPLAY INSTANCE:Highlight, /GEOMETRY/CAD/GEOMETRY DISPLAY INSTANCE:Highlight/POINT DISPLAY:geometry
  CAMERA:
    Option = Pivot Point and Rotation
    Rotation = 45, -35.26439, -30
  END
END


DEFAULT INSTANCE TRANSFORM:Default Transform
  Number of Copies = 1
  Apply Rotation = true
  Apply Translation = false
  Full Circle = Off
  Apply Reflection = false
END

GROUP: All Domains
  Member List =
END


GEOMETRY:
  Hidden in Viewer List =
  Input Mode = Profile Points
  Flow Path =
  Override ICEM Topo Tolerance = false
  Triangulation Tolerance = 1e-4 #ICEM's default is 0.01 which is way too high
CAD:
  File Name =
  File Type = automatic
  Delete PART Families = false
  GEOMETRY DISPLAY INSTANCE:Highlight
    Visibility = Off
    Colour = 0.4,1.0,0.4
    Line Colour = 0.4,1.0,0.4
    Line Width = 5
    Show Curve = On
    Draw Lines = On
    Sub Type = Highlight
  END
END

MACHINE DATA:
  File Length Units = cm
  Periodic Angle Method = Specified Count
  Periodic Angle = 15.0 [degree]
  Blades Per Bladeset = 0 
  Initial State = true
  Ignore Length Range Errors = false
  Shroud Name for Machine Data Image = /GEOMETRY/SHROUD
  Turbo Transform Background Mesh Size = 2000
  Turbo Transform Background Mesh Size For Topology = 2000
  Surface Extension Factor = 0.1
  Surface Extension Method = Extend
  Effectively Zero Radius = 0.0
  Visibility = off
  Machine Type = Other
  INF Filename =
  Rotation Axis From = 0 , 0 , 0
  Rotation Axis To = 1 , 0 , 0
END

SYMBOL CONTROL:Symbol Control
  Symbol Size = 1.0
  Point Symbol = Octahedron
END

SYMBOL CONTROL:Imported Geometry
  Symbol Size = 1.0
  Point Symbol = Octahedron
END

TURBO TRANSFORM:
  Hub Name For Transform = HUB
  Shroud Name For Transform = SHROUD
END

# Note that although some of the parameters in HUB SHROUD and BLADE must be explicitly set
# to their default values. The GUI sends them explicitly the first time 'Apply' is pressed
# and the engine considers a transition from default state to be a real change (even if it is
# to the same value) and this causes 'top' to be executed unnecessarily, and the files
# reread.
# Input Length Units, Input Angle Units and Coordinate Frame Type must be set this way.
HUB:
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Machine Data Axis Link = MACHINE DATA
  Periodic List = LOW PERIODIC,HIGH PERIODIC
  Visibility = On
  Visibility In Transformed Coordinates = Off
  Colour = 0.0, 0.4, 0.7
  Inlet Point = INLET/Low Hub Point
  Outlet Point = OUTLET/Low Hub Point
# set these to default values as that prevents the GUI Editor triggering a recalculation when
# it sets them the first time 'Apply' is pressed
  Curve Representation = Bspline
  Coordinate Frame Type = Cartesian
  Input Angle Units = degree
  Input Length Units = m
  Input Filename =
  Use True Surface For Projections = false
    COMBINED TRANSFORM:Hub Transform
      SIMPLE TRANSFORM:Axial Rotation
        Option = Rotation
        Rotation Option = Machine Axis
        Rotation Angle = 0 [degree]
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      SIMPLE TRANSFORM:Translation
        Option = Translation
        Translation Option = Machine Axis
        Machine Data = /GEOMETRY/MACHINE DATA
        Translation Distance = 0
      END
      SIMPLE TRANSFORM:General Rotation
        Option = Rotation
        Rotation Option = General Axis
        Rotation Axis From = 0,0,0
        Rotation Axis To = 0,0,1
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      Simple Transform List = 
    END
    Affine Transform = HUB/COMBINED TRANSFORM:Hub Transform
    Inlet Trim Link = /GEOMETRY/INLET
    Outlet Trim Link = /GEOMETRY/OUTLET
    TRIMMED CURVE: Hub Inlet
      Visibility = On
      Draw Lines = On
      Show Curve = On
      Colour = 0.0,1.0,0.0
      Line Colour = 0.0,1.0,0.0
      Trimmed Curve Opening Block Top Link    = /GEOMETRY/INLET
    END
    TRIMMED CURVE: Hub Outlet
      Visibility = On
      Draw Lines = On
      Show Curve = On
      Colour = 1.0,0.0,0.0
      Line Colour = 1.0,0.0,0.0
      Trimmed Curve Opening Block Top Link    = /GEOMETRY/OUTLET
    END
END # HUB

SHROUD:
  Machine Data Axis Link = MACHINE DATA
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Periodic List = LOW PERIODIC,HIGH PERIODIC
  Colour Mode = Constant
  Colour = 0.785, 0.785, 0.785
  Transparency = 0.41
  Visibility = On
  Visibility In Transformed Coordinates = Off
  Inlet Point = INLET/Low Shroud Point
  Outlet Point = OUTLET/Low Shroud Point
# set these to default values as that prevents the GUI Editor triggering a recalculation when
# it sets them the first time 'Apply' is pressed
  Curve Representation = Bspline
  Coordinate Frame Type = Cartesian
  Input Angle Units = degree
  Input Length Units = m
  Input Filename =
  Use True Surface For Projections = false
    COMBINED TRANSFORM:Shroud Transform
      SIMPLE TRANSFORM:Axial Rotation
        Option = Rotation
        Rotation Option = Machine Axis
        Rotation Angle = 0 [degree]
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      SIMPLE TRANSFORM:Translation
        Option = Translation
        Translation Option = Machine Axis
        Machine Data = /GEOMETRY/MACHINE DATA
        Translation Distance = 0
      END
      SIMPLE TRANSFORM:General Rotation
        Option = Rotation
        Rotation Option = General Axis
        Rotation Axis From = 0,0,0
        Rotation Axis To = 0,0,1
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      Simple Transform List = 
    END
    Affine Transform = SHROUD/COMBINED TRANSFORM:Shroud Transform
    Inlet Trim Link = /GEOMETRY/INLET
    Outlet Trim Link = /GEOMETRY/OUTLET
    TRIMMED CURVE: Shroud Inlet
      Visibility = On
      Draw Lines = On
      Show Curve = On
      Colour = 0.0,1.0,0.0
      Line Colour = 0.0,1.0,0.0
      Trimmed Curve Opening Block Top Link    = /GEOMETRY/INLET
    END
    TRIMMED CURVE: Shroud Outlet
      Visibility = On
      Draw Lines = On
      Show Curve = On
      Colour = 1.0,0.0,0.0
      Line Colour = 1.0,0.0,0.0
      Trimmed Curve Opening Block Top Link    = /GEOMETRY/OUTLET
    END
END # SHROUD

BLADE SET:
  Number Of Span Profiles = 5
  Periodic Surface Bias = 0.5
  Periodic And Passage Interface Surface Method = Blade Extents 
  Blade List Surface Link = BLADE SET/BLADE:Blade 1
  Blade List Tolerance Link = BLADE SET/BLADE:Blade 1
  Blade List Edges Link = BLADE SET/BLADE:Blade 1
  Blade List Tip Link = BLADE SET/BLADE:Blade 1
  Blade List Extend Link = BLADE SET/BLADE:Blade 1
  Reorder Blades By Theta = false
  Surface Parameterization Number Of Splits = 100
  Surface Parameterization Number Of Iterations = 200
  Blade Row =
  # this BLADE initialisation section must be kept in synch with blade initialisation
  # in INFReaderExecutor
  BLADE:Blade 1
    Blade Type = Main
    Colour = 1,1,1
    Colour Mode = Constant
    Draw Faces = On
    Draw Lines = Off
    Colour Mode = Constant
    Colour = 0.55, 0.55, 0.59
    Visibility = On
    Show Surface = Yes
    Apply Instancing Transform = Yes
    Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
    Hub Name For Blade = ../HUB
    Shroud Name For Blade = ../SHROUD
    Theta Controllers For Blade = ../INLET,../OUTLET
    Leading Edge Method = Low A
    Trailing Edge Method = High A
    Tip Names For Blade = ../BLADE SET/HUB TIP,../BLADE SET/SHROUD TIP
    Tip Names For Blade Distance = ../BLADE SET/HUB TIP,../BLADE SET/SHROUD TIP
    Coordinate Frame Type = Cartesian
    Input Angle Units = degree
    Input Length Units = m
    Input Filename =
    Surface Representation = Bspline
    Blade Surface Creation Method = Loft Spanwise
    Curve Representation = Bspline
    Geometric Representation = Specify
    Locate Leading And Trailing Edges From Average = true
    Ignore Leading And Trailing Tags From Profiles = false
    Simplify Curves = Off
    Leading Edge Type = Single 
    Trailing Edge Type = Single
    Blade Edge Detection Space = Auto
    Enable Hub Tip = true
    Enable Shroud Tip = true
    Show Surface Representations = false
    Parametric Surface Generation Smoother = Elliptic
    # We define empty versions of Leading Edge and Trailing edge, because
    # if they are created when BLADE is first run, the scheduling is wrong
    # This no longer appears to be necessary so I will comment it out for a
    # bit to see how it goes and remove permanently next go around.  NAF
#    GEO LINE:Leading Edge
#      Constraining Object For Line = .
#      Draw Lines = On
#      Show Curve = Yes
#      Show Surface = No
#      Line Colour = 0, 1, 0
#      Colour Mode = Constant
#      Colour = 0, 1, 0
#      Visibility = On
#      PROFILE POINT:Point 1
#       Blade Name = ../../Blade 1
#        Profile Number = 1
#      END
#    END
#    GEO LINE:Trailing Edge
#      Constraining Object For Line = .
#     Draw Lines = On
#      Show Curve = Yes
#      Show Surface = No
#     Line Colour = 1, 0, 0
#      Colour Mode = Constant
#      Colour = 1, 0, 0
#     Visibility = On
#      PROFILE POINT:Point 1
#       Blade Name = ../../Blade 1
#        Profile Number = 1
#      END
#   END
#    Edge Links = BLADE:Blade 1/GEO LINE:Leading Edge,BLADE:Blade 1/GEO LINE:Trailing Edge

    COMBINED TRANSFORM:Blade Transform
      SIMPLE TRANSFORM:Axial Rotation
        Option = Rotation
        Rotation Option = Machine Axis
        Rotation Angle = 0 [degree]
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      SIMPLE TRANSFORM:Translation
        Option = Translation
        Translation Option = Machine Axis
        Machine Data = /GEOMETRY/MACHINE DATA
        Translation Distance = 0
      END
      SIMPLE TRANSFORM:General Rotation
        Option = Rotation
        Rotation Option = General Axis
        Rotation Axis From = 0,0,0
        Rotation Axis To = 0,0,1
        Machine Data = /GEOMETRY/MACHINE DATA
      END
      Simple Transform List = 
    END
    Affine Transform = BLADE:Blade 1/COMBINED TRANSFORM:Blade Transform
  END

  HUB TIP:
    Option = None
    Span Location = 0.05
    Tip Clearance = 0.0
    Tip Clearance At Leading Edge = 0.0
    Tip Clearance At Trailing Edge = 0.0
    Tip Profile Number = 2
    Tip Extension Factor = 0.0
    Use Tessellated Curve = true
    Draw Lines = On
    Show Curve = Yes
    Show Surface = No
    Line Colour = 0, 1, 1
    Line Width = 3
    Colour Mode = Constant
    Colour = 0, 1, 0
    Visibility = On
  END
  SHROUD TIP:
    Option = None
    Span Location = 0.95
    Tip Clearance = 0.0
    Tip Clearance At Leading Edge = 0.0
    Tip Clearance At Trailing Edge = 0.0
    Tip Profile Number = -1
    Tip Extension Factor = 0.0
    Use Tessellated Curve = true
    Draw Lines = On
    Show Curve = Yes
    Show Surface = No
    Line Colour = 0, 1, 1
    Line Width = 3
    Colour Mode = Constant
    Colour = 0, 1, 0
    Visibility = On
  END
END

INLET:
  Start Point = INLET/Low Hub Point
  End Point = INLET/Low Shroud Point
  Opening Mode = Parametric
  Colour = 0, .5, 0
  Transparency = 0.3
  Colour Mode = Constant
  Draw Faces = Off
  Override Automatic Angles = Off
  Generate Intermediate Points=On
  Visibility = On
  Visibility In Transformed Coordinates = On
  Draw Lines = On
  Show Curve = Yes
  Show Surface = No
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Curve Representation = Piece-wise linear
  Input Filename =
  Blade Set Tolerance Link = BLADE SET
  Parametric Hub Location = 0.5
  Parametric Shroud Location = 0.5
  Use Simple Conic Surface = Off
  GEO POINT: Low Hub Point
    Constraining Object = ../LOW PERIODIC
    Constraining Subobject = inlet hub centreline
    Point Symbol = Octahedron
    Option = Not Periodic
    Requested Position =
    Normalized = Off
    Visibility = On
    Low Periodic = true
    Initializer = ../HUB
    AR Location Method = From A and R
  END
    
  GEO POINT: Low Shroud Point
    Constraining Object = ../LOW PERIODIC
    Constraining Subobject = inlet shroud centreline
    Point Symbol = Octahedron
    Option = Not Periodic
    Requested Position =
    Normalized = Off
    Visibility = On
    Low Periodic = true
    Initializer = ../SHROUD
    AR Location Method = From A and R
  END
  Toggle Trim = Off 
  Trim AR Location Method = Set A
  Trim Hub Position = 
  Trim Shroud Position = 
  Trim Intersection Point 1 = 
  Trim Intersection Point 2  = 
END

OUTLET:
  Start Point = OUTLET/Low Hub Point
  End Point = OUTLET/Low Shroud Point
  Opening Mode = Parametric
  Draw Faces = Off
  Draw Lines = On
  Colour = .5, 0, 0
  Transparency = 0.3
  Colour Mode = Constant
  Override Automatic Angles = Off
  Generate Intermediate Points=On
  Visibility = On
  Visibility In Transformed Coordinates = On
  Show Curve = Yes
  Show Surface = No
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Curve Representation = Piece-wise linear
  Input Filename =
  Input Length Units =
  Blade Set Tolerance Link = BLADE SET
  Meridional Splitter Filename =
  Meridional Splitter Curve Type = Bspline
  Meridional Splitter Hub Boundary Layer Fraction = 0.25
  Meridional Splitter Shroud Boundary Layer Fraction = 0.25
  Meridional Splitter Domain Hub Parametric Location =
  Meridional Splitter Domain Shroud Parametric Location =
  Meridional Splitter Interface Hub Parametric Location = 0.5
  Meridional Splitter Interface Shroud Parametric Location = 0.5
  Parametric Hub Location = 0.5
  Parametric Shroud Location = 0.5
  Use Simple Conic Surface = Off
  GEO POINT: Low Hub Point
    Constraining Object = ../LOW PERIODIC
    Constraining Subobject = outlet hub centreline
    Point Symbol = Octahedron
    Option = Not Periodic
    Visibility = On
    Requested Position =
    Low Periodic = true
    Initializer = ../HUB
    AR Location Method = From A and R
  END
    
  GEO POINT: Low Shroud Point
    Constraining Object = ../LOW PERIODIC 
    Constraining Subobject = outlet shroud centreline
    Point Symbol = Octahedron
    Option = Not Periodic
    Visibility = On
    Low Periodic = true
    Initializer = ../SHROUD
    AR Location Method = From A and R
  END
  Toggle Trim = Off 
  Trim AR Location Method = Set A
  Trim Hub Position = 
  Trim Shroud Position = 
  Trim Intersection Point 1 = 
  Trim Intersection Point 2  = 
END


REGION DATA:
  InOut Define Regions Link = /GEOMETRY/HUB/TRIMMED CURVE:Hub Inlet, \
                              /GEOMETRY/HUB/TRIMMED CURVE:Hub Outlet, \
                              /GEOMETRY/SHROUD/TRIMMED CURVE:Shroud Inlet, \
                              /GEOMETRY/SHROUD/TRIMMED CURVE:Shroud Outlet, \
                              /GEOMETRY/LOW PERIODIC  
  Proximity Change Link = /GEOMETRY/HUB, /GEOMETRY/SHROUD  
END

SEGMENT HIGHLIGHT:
  Requested Block =  
  Requested Index = 0
  Show Curve = On
  Visibility = On
  Line Width = 3
  Draw Lines = On
END


LOW PERIODIC:
  Blade List For Periodic = BLADE SET
  Opening List For Periodic = INLET,OUTLET
  Colour = 0.0392157, 0.631373, 1
  Colour Mode = Constant
  Colour = 1, 1, 1
  Transparency = 0.3
  Visibility = Off
  Visibility In Transformed Coordinates = Off
  Show Curve = No
  Show Surface = Yes
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Input Filename =
  Input Length Units =
  Periodic Creation Method = Automatic
  Rotation Angle = 0 [degree]
END

HIGH PERIODIC:
  Blade List For Periodic = BLADE SET
  Opening List For Periodic = INLET,OUTLET
  Colour = 0,0,1
  Colour Mode = Constant
  Colour = 1, 1, 1
  Transparency = 0.3
  Visibility = Off
  Visibility In Transformed Coordinates = Off
  Show Curve = No
  Show Surface = Yes
  Apply Instancing Transform = Yes
  Instancing Transform = /DEFAULT INSTANCE TRANSFORM:Default Transform
  Input Filename =
  Input Length Units =
  Periodic Creation Method = Automatic
  Rotation Angle = 0 [degree]
END 

OUTLINE:
    Hub Link For Outline = /GEOMETRY/HUB
    Shroud Link For Outline = /GEOMETRY/SHROUD
    Low Periodic Link For Outline = /GEOMETRY/LOW PERIODIC
    High Periodic Link For Outline = /GEOMETRY/HIGH PERIODIC
    Draw Lines = on
    Colour = 0.5, 0.5, 0.5
    Colour Mode = Constant
    Line Width = 2
    Show Curve = Yes
    Show Surface = No
    Visibility = On
END

END

TOPOLOGY SET:
    Machine Type Link = /GEOMETRY/MACHINE DATA
    Topology Filename =
    Blade List For Topology Line of Rotation Link = /GEOMETRY/BLADE SET
    Blade Set For Surfaces Link = /GEOMETRY/BLADE SET
    Low Periodic List For Topology = /GEOMETRY/LOW PERIODIC
    High Periodic List For Topology = /GEOMETRY/HIGH PERIODIC
    Topology Surfaces Link = TOPOLOGY SET/TOPOLOGY:Blade 1
    Topology Edges Link = TOPOLOGY SET/TOPOLOGY:Blade 1
    Face Interpolation Type = SNWE
    Number Of Smoothing Iterations = 100
    Override Base Edge Splits = false
    Span Location = 0.5
    Smoothing Relaxation = 0.8
    Smoothing Relaxation On Boundary = 0.5
    Smoothing Expansion = 1.99
    Smoothing Space = Blade to Blade
    Use Transformed Space for Faces = yes
    One To One Periodicity Range = Full
    Periodic Node Projection = Float on Surface
    Override Not Matching Periodic Blocks Calculation = false
    Number Of Upstream Not Matching Periodic Blocks = 0
    Number Of Downstream Not Matching Periodic Blocks = 0
    One To One Passage Interfaces = true
    Match Expansions Across Periodic = true
    Topology From File = false
    ATM Topology Optimizer = true
    ATM Topology List =
    ATM Cutoff Gradient Reduction Factor = 0.5
    ATM BM Cartesian Mesh Smoothing Iterations = 10
    ATM IO Block Optimize Lengths Locally For Cutoff = false
    ATM IO Block Optimize Lengths Locally For Square = true
    ATM IO Block Optimize Lengths Factor = 0.9
    Override ATM Topology List = false
    ATM Topology Choice =
    Override ATM Topology Choice = false
    LE Pinning Line Index = -1
    TE Pinning Line Index = -1
    Lock Down ATM Mesh Size = false
    Background Mesh Size Control = 8
    Passage to Blade Centric Periodic Boundary Start Vertex = -1
    Override Conglomeration Retained Vertices List = false
    ATM Background Topology Edge Refinement =
    ATM Cutoff Block Background Mesh Refinement Levels = 4
    ATM Periodic Start Vertex =
    ATM Periodic Start Vertex Use 150 Default Behavior = false
    LE Cutoff Upstream Block Background Mesh Edge Count Override = false
    LE Cutoff Upstream Block Background Mesh Edge Count = 30
    LE Cutoff Upstream Block Master Edge Count = 8
    TE Cutoff Downstream Block Background Mesh Edge Count Override = false
    TE Cutoff Downstream Block Background Mesh Edge Count = 30
    TE Cutoff Downstream Block Master Edge Count = 8
    Curve Surface Surface Projection Iterations = 30
    Use Projection Convergence Optimization = true
    Split Mesh Regions At Leading Edge = off
    Split Mesh Regions At Trailing Edge = off
    Intermediate Layer Link =
    Layers Generate Link =

# TopologyCCLObject::getInitCCL must stay in synch with this
TOPOLOGY:Blade 1
    Topology Definition = H/J-Grid
    First Block Offset From Blade To Periodic Surface = 0.0
    First Block Offset From Blade To Inlet Surface = 0.0
    First Block Offset From Blade To Outlet Surface = 0.0    
    Number of Blade Blocks = 5
    Number of Passage Blocks = 10
    Number Of Constant Blocks Leading To Trailing Edge = 0
    Passage Block Length Scale Definition = Blocks Across Passage
    Number of Passage Blocks Across = 6
    Number Of Vertices Floating On Centerlines = 0
    Default Expansion Factor = 1.2
    OGrid Distance Factor = 0.5
    Leading Edge Cutoff OGrid Corner Vertices Method = Project To OGrid
    Trailing Edge Cutoff OGrid Corner Vertices Method = Project To OGrid
    Use Improved Topology Heuristics For Upstream And Downstream Blocks = yes
    Use Extrapolation From LE And TE For OGrid = yes
    Override Topology Pattern Orientation = false
    Override Blade Blocks Calculation = false
    Override Blade To Periodic Surface Calculation = false
    Override Blade To Inlet Surface Calculation = false
    Override Blade To Outlet Surface Calculation = false
    Topology Matching Across Blade = false
    Topology Sense Block Counts = -1, -1, -1, -1, -1, -1, -1, -1
    Interface Vertex Indices = -1, -1
    Topology For Topology Sense Block Counts =  None
    Number Of Blocks Upstream Of Blade = 0
    Number Of Blocks Downstream Of Blade = 0
    Independent JGrid Patterns = on
    Collapse Inlet Blocks = on 
    Collapse Outlet Blocks = on
    Project Edges To Inlet = off
    Project Edges To Outlet = off
    Sharp Leading Edge = off
    Override Sharp Leading Edge Calculation = off
    Sharp Trailing Edge = off
    Override Sharp Trailing Edge Calculation = off
END

END

MESH DATA:
    Mesh Generation = false
    Spanwise Curve Type = Automatic
    Number Of Hub To Shroud Constant Span Splits = 10
    ATM Hub To Shroud Node Distribution = Constant Span
    ATM Spanwise To B2B Count Factor = 1.0
    ATM Spanwise To B2B Offset Factor = 1.0
    ATM Tip Mesh Additional Smoothing = off
    ATM Tip Mesh Specify Initial Parametric Cross Location LE = off
    ATM Tip Mesh Initial Parametric Cross Location LE = 0.25
    ATM Tip Mesh Specify Initial Parametric Cross Location TE = off
    ATM Tip Mesh Initial Parametric Cross Location TE = 0.75
    Boundary Layer Specification Method = Proportional
    ATM Constant First Element Offset = true
    Target Maximum Expansion Rate = 1.3
    Target Maximum Expansion Rate Enabled = true
    ATM BL Variable Expansion = on
    ATM Proportional BL Factor Base = 3.0
    ATM Proportional BL Factor Ratio = 0.0
    ATM Mesh Smoothing Iterations = 12
    ATM Mesh Cutoff Block Smoothing Iterations = 20
    ATM Five Star Vertex Mesh Size Factor = 1.0
    Global Size Factor = 1.0
    Meridional Splitter Boundary Layer Factor = 1.0
    Topology List For Mesh = /TOPOLOGY SET
    Blade List For Mesh = /GEOMETRY/BLADE SET
    Periodic List For Mesh = /GEOMETRY/LOW PERIODIC, /GEOMETRY/HIGH PERIODIC
    Blade Mesh Data Top List = MESH DATA/BLADE MESH DATA:Blade 1
    Blade Mesh Data Surfaces List = MESH DATA/BLADE MESH DATA:Blade 1
    Blade Tip Projection Space = RNM
    Number Of Elements Per Block Edge = 2
    Number Of Spanwise Blade Elements = 2
    Number Of Smoothing Iterations = 0
    Projection Frequency = 10
    Projection Persistence = 1
    Smoothing Relaxation = 0.8
    Smoothing Relaxation On Boundary = 0.2
    Smoothing Expansion = 1.99
    Draw Lines = on
    Visibility = off
    Apply Instancing Transform = On
    Colour = 0.247059, 0.498039, 0.74902
    Colour Mode = Constant
    Colour Variable Boundary Values = Hybrid
    Hub Vertex Offset = 0.05
    Inlet Domain = Off
    HGrid At Inlet = On
    HGrid in Parametric Space at Inlet = Off
    Hub And Shroud Node Distribution For Inlet And Outlet = Nonuniform
    Instancing Transform = /Default Transform
    Line Width = 1
    Max = 0
    Min = 0
    Number Of Constant Spanwise Blade Elements = 0
    Number Of Constant Hub Tip Elements = 0
    Number Of Constant Shroud Tip Elements = 0
    Number Of Elements Per Block Edge = 2
    Number Of Inlet Elements = 5
    Number Of Outlet Elements = 5
    Number Of Spanwise Blade Elements = 2
    Number Of Hub Tip Elements = 3
    Number Of Shroud Tip Elements = 3
    Outlet Domain = Off
    HGrid At Outlet = On
    HGrid in Parametric Space at Outlet = Off
    Range = Global
    Shroud Vertex Offset = 0.05
    Hub Tip Vertex Offset = 0.1
    Shroud Tip Vertex Offset = 0.1
    Hub Vertex Distance = 0.05
    Shroud Vertex Distance = 0.05
    Hub Tip Vertex Distance = 0.01
    Shroud Tip Vertex Distance = 0.01
    Hub Vertex YPlus = 1
    Shroud Vertex YPlus = 1
    Hub Tip Vertex YPlus = 1
    Shroud Tip Vertex YPlus = 1
    Hub End Ratio = 200
    Hub Tip End Ratio = 15
    Shroud Tip End Ratio = 15
    Vertex Offset Specification Mode = Normalized
    Reynolds Number = 1.0e6
    Number Of Hub Tip Elements = 0
    Number Of Shroud Tip Elements = 0
    Default Expansion Factor = 1.15
    Mesh Size Specification Mode = Topology Block Edge Split
    Target Mesh Granularity = Coarse
    Target Mesh Node Count = 50000
    Elliptic Mesh Smoothing On Geometry Faces = off
    Number Of Elliptic Mesh Smoothing Iterations = 12
    Elliptic Mesh Smoothing Projection Frequency = 7
    Elliptic Mesh Smoothing Relaxation = 0.7
    Mesh Curves Tesselation Number Of Power Samples Override = false
    Mesh Curves Tesselation Number Of Power Samples = 2
    Surface Mesh Using Layers Option = All Edges
    Surface Mesh Method For Irregular Cad = true
    Override Inlet Element Count Calculation = false
    Override Outlet Element Count Calculation = false
    Spanwise Blade Distribution Option = End Ratio
    Hub Tip Distribution Option = End Ratio
    Shroud Tip Distribution Option = End Ratio
    Line Colour = 0.247059, 0.498039, 0.74902
    Boundary Layer Specification Mode = Normalized 
    Hub Boundary Layer Distribution Option = Element Count and Size
    Hub Boundary Layer Offset = 0.1
    Hub Boundary Layer Distance = 0.05
    Hub Boundary Layer Number Of Elements = 5
    Hub Boundary Layer Expansion Rate = 1.15
    Shroud Boundary Layer Distribution Option = Element Count and Size
    Shroud Boundary Layer Offset = 0.1
    Shroud Boundary Layer Distance = 0.05
    Shroud Boundary Layer Number Of Elements = 5
    Shroud Boundary Layer Expansion Rate = 1.15 
    Between Boundary Layers Distribution Option = End Ratio
    Between Boundary Layers End Ratio = 10
    Between Boundary Layers Number Of Elements = 10 
    Between Boundary Layers Number Of Const Elements = 2 
    Use Improved Element Matching At OGrid = on
    Blade Tip First Element Size Factor = 1.15
    Use Blade Tip First Element Size Factor = false
    Inlet Theta Equalization Factor = 0.0
    Inlet Theta Equalization Length Factor = 1.0
    Outlet Theta Equalization Factor = 0.0
    Outlet Theta Equalization Length Factor = 1.0
    LE Cutoff Edge Split Factor = 1.0
    TE Cutoff Edge Split Factor = 1.0
    LE Cutoff Edge Split Factor Minimum = 0.1
    TE Cutoff Edge Split Factor Minimum = 0.1
    
    Outlet Default Growth Ratio = 1.2
    Outlet Max Aspect Ratio = 900
    Inlet Default Growth Ratio = 1.2
    Inlet Max Aspect Ratio = 900
    Outlet Defining Parameter Type = Target Expansion Rate
    Inlet Defining Parameter Type = Target Expansion Rate
    Override Inlet Distribution = false
    Override Outlet Distribution = false    
    Inlet Multi Segment Enabled = true
    Outlet Multi Segment Enabled = true
    Inlet Segment Resolution  = 1.0
    Outlet Segment Resolution = 1.0
    Inlet Multi Segment First Element Factor  = 0.1
    Outlet Multi Segment First Element Factor = 0.1
    Region Data Pre Topology Link = /GEOMETRY/REGION DATA

    BLADE MESH DATA: Blade 1
      Topology List For Mesh = /TOPOLOGY SET
      Number Of OGrid Elements = 0
      OGrid Distribution Option = End Ratio
      OGrid Distance Definition = Proportional to Radius
      OGrid Mesh Expansion Rate = 1.15
      Blade Vertex Offset = 0.1
      Blade Vertex Distance = 0.01
      Blade Vertex YPlus = 1
      Blade End Ratio = 50
      Hub Tip Topology Definition = ATM Optimized
      Shroud Tip Topology Definition = ATM Optimized
      Override Hub Tip Element Count Calculation = false
      Override Shroud Tip Element Count Calculation = false
      Number Of Leading Edge Hub Tip Elements = 2
      Number Of Trailing Edge Hub Tip Elements = 2
      Number Of Leading Edge Shroud Tip Elements = 2
      Number Of Trailing Edge Shroud Tip Elements = 2
      GGI Tip Hub Le Cut Off MeanLine Method = Auto
      GGI Tip Hub Te Cut Off MeanLine Method = Auto
      GGI Tip Shroud Le Cut Off MeanLine Method = Auto
      GGI Tip Shroud Te Cut Off MeanLine Method = Auto
      GGI Tip Angle To Switch Mean Line Into Cut Off Corner = 45 [degree]
      Use Isogeometric Scheme For Mesh Inside GGI Tip = true
      Cutoff Blade Edge Expansion Factor = 0.5
      ATM Hub Tip Maximum Expansion Rate Enabled = off
      ATM Hub Tip Maximum Expansion Rate = 1.3
      ATM Shroud Tip Maximum Expansion Rate Enabled = off
      ATM Shroud Tip Maximum Expansion Rate = 1.3
    END
    EDGE SPLIT CONTROL: Blade 1 Boundary Layer Control
      Chain Edge Index = 0
      Boundary Layer Name = Blade 1
      Split Factor = 2.0
      Target First Element Offset = 0.01
      Target First Element YPlus = 1
    END
    Edge Split Factor List = /MESH DATA/EDGE SPLIT CONTROL:Blade 1 Boundary Layer Control
END

GEOMETRY:
  Disable CAD Scaling = false
  Input Mode = Profile Points
  ICEM Topo Tolerance = 1e-5
  Override ICEM Topo Tolerance = false
  REGION DATA:
    Mesh Data Turbo Link  = /MESH DATA
  END
END

LAYERS:
    Intermediate Layer Insertion Mode = Automatic Adaptive
    Requested Layer Count = 0
    Leading And Trailing Edge OGrid Control Point Method = Surface
    Leading And Trailing Edges Float On Blade = off
    Leading Edges Float On Blade = off
    Trailing Edges Float On Blade = off
    Orthogonality Factor On Hub = 0.0
    Orthogonality Factor On Shroud = 0.0
    Overlap Low And High Blade Curves = true
    Hidden in Viewer List =
    Visualize Accurate Refined Mesh On Layers = False
    LAYER:Hub
        Span Location = 0.0
        Number Of Smoothing Iterations = 60
        Override Point Size = No
        Projection Frequency = 10
        Projection Persistence = 2
        Smoothing Space = Blade to Blade
        Smoothing Iteration Mode = Medium
        Refined Mesh Smoothing Iteration Mode = Medium
        Refined Mesh Number Of Smoothing Iterations = 0
        Refined Mesh Projection Frequency = 10
        Refined Mesh Projection Persistence = 1
        User Control Points = on
        Visibility = on
        Mesh Visibility = on
        Topology CRC = -1
        Topology Visibility = off
        Master Topology Visibility = on
        Visibility Of Master Edge Labels = false
        ATM Background Topology Edge Refinement =
        HubShroud After Topology Link = /TOPOLOGY SET
        LAYER PREVIEW:Master Topology
            Render Type = Master Topology
            Draw Lines = on
            Colour = 0.75, 0.5, 1.0
            Line Width = 3
        END
        LAYER PREVIEW:Topology
            Render Type = Topology
            Draw Lines = on
            Colour = 0.75, 0.75, 0.0
            Line Width = 2
        END
        LAYER PREVIEW:Refined Mesh
            Render Type = Refined
            Line Width = 1
            Colour = 0.7, 0.5, 0.3
            Draw Lines = on
            Apply Instancing Transform = On
            Instancing Transform = /Default Transform
        END
        SYMBOL CONTROL:Symbol Control
            Symbol Size = 0.1
            Point Symbol = Octahedron
        END
    END
    LAYER:Shroud
        Span Location = 1.0
        Number Of Smoothing Iterations = 60
        Override Point Size = No
        Projection Frequency = 10
        Projection Persistence = 2
        Smoothing Iteration Mode = Medium
        Refined Mesh Smoothing Iteration Mode = Medium
        Smoothing Space = Blade to Blade
        Refined Mesh Number Of Smoothing Iterations = 0
        Refined Mesh Projection Frequency = 10
        Refined Mesh Projection Persistence = 1
        User Control Points = on
        Visibility = on
        Mesh Visibility = on
        Topology CRC = -1
        Topology Visibility = off
        Master Topology Visibility = on
        Visibility Of Master Edge Labels = false
        ATM Background Topology Edge Refinement =
        HubShroud After Topology Link = /TOPOLOGY SET
        LAYER PREVIEW:Master Topology
            Render Type = Master Topology
            Draw Lines = on
            Colour = 0.75, 0.5, 1.0
            Line Width = 3
        END
        LAYER PREVIEW:Topology
            Render Type = Topology
            Draw Lines = on
            Colour = 0.75, 0.75, 0.0
            Line Width = 2
        END
        LAYER PREVIEW:Refined Mesh
            Render Type = Refined
            Line Width = 1
            Colour = 0.7, 0.5, 0.3
            Draw Lines = on
            Apply Instancing Transform = On
            Instancing Transform = /Default Transform
        END
        SYMBOL CONTROL:Symbol Control
            Symbol Size = 0.1
            Point Symbol = Octahedron
        END
    END
END

TOPOLOGY SET:
    HubShroud Layer Link = /LAYERS/LAYER:Hub, /LAYERS/LAYER:Shroud
    HubShroud Layer Geometry Link = /LAYERS/LAYER:Hub, /LAYERS/LAYER:Shroud
    Layers Generate Link = /LAYERS/LAYER:Hub, /LAYERS/LAYER:Shroud
    Mesh Data Link = /MESH DATA
    TOPOLOGY:Blade 1
        Topology Definition = H/J-Grid
    END
END

MESH DATA:
  Layers Calc Link = /LAYERS
END

MESH DISPLAY:
  Mesh Data to Mesh Display Link = /MESH DATA
  Hidden in Viewer List =
END

MESH ANALYSIS:

  VOLUME: Show Limits
    Colour = 1, 0, 0
    Colour Mode = Constant
    Inclusive = On
    Instancing Transform = /Default Transform
    Isovolume Intersection Mode = Below Value
    Option = Isovolume
    Value 1 =  15 [degree]
    Value 2 =  0
    Variable Boundary Values = Conservative
    Visibility = Off
    Volume Intersection Mode = Intersection
    Domain List = /All Domains
    Draw Faces = true
    Surface Drawing = Smooth Shading
    Variable = 
  END
  MESH STATISTICS:
  END
  MESH LIMITS:
  MESH MEASURE LIMIT:Connectivity Number
    Option = Maximum
    Min Limit = 0
    Max Limit = 12
  END
  MESH MEASURE LIMIT:Element Volume Ratio
    Option = Maximum
    Min Limit = 0
    Max Limit = 20
  END
  MESH MEASURE LIMIT:Edge Length Ratio
    Option = Maximum
    Min Limit = 0
    Max Limit = 1000
  END
  MESH MEASURE LIMIT:Minimum Face Angle
    Option = Minimum
    Min Limit = 15 [degree]
    Max Limit = 165 [degree]
  END
  MESH MEASURE LIMIT:Maximum Face Angle
    Option = Maximum
    Min Limit = 15 [degree]
    Max Limit = 165 [degree]
  END
  MESH MEASURE LIMIT:Minimum Volume
    Option = Minimum
    Min Limit = 0 
    Max Limit = 0
  END
  END
END

TOPOLOGY CHOOSER:
  ATM TOPOLOGY PIECE SELECTOR:Single Blade Leading Edge Cutoff
    Topology Piece Options = LECutoffHerringboneHigh, LEDoubleHerring, LECutoffHerringboneLow
    Angle Ranges = -40, 40
    Blade End = LE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Blade Trailing Edge Cutoff
    Topology Piece Options = TECutoffHerringboneLow, TEDoubleHerring, TECutoffHerringboneHigh
    Angle Ranges = -40, 40
    Blade End = TE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Splitter Low Passage Cutoff
    Topology Piece Options = S1_LPTECutoffHerringboneLow, S1_LPTEDoubleHerringbone, S1_LPTECutoffHerringboneHigh
    Angle Ranges = -40, 40
    Blade End = TE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Splitter High Passage Cutoff
    Topology Piece Options = S1_HPTECutoffHerringboneLow, S1_HPTEDoubleHerringbone, S1_HPTECutoffHerringboneHigh
    Angle Ranges = -40, 40
    Blade End = TE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Splitter Leading Edge
    Topology Piece Options = S1_LECircleLow, S1_LERoundedSymmetric2by8, S1_LECircleHigh
    Angle Ranges = -15, 15
    Blade End = LE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Splitter Main Passage
    Topology Piece Options = S1_MP1by8Low, S1_MP1by8, S1_MP1by8High
    Angle Ranges = -15, 15
    Blade End = LE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Blade Refined Leading Edge Passage
    Topology Piece Options = LECircleLowPassage, LECircleHighPassage
    Angle Ranges = 0
    Blade End = LE
  END
  ATM TOPOLOGY PIECE SELECTOR:Single Blade Refined Leading Edge Passage Trailing Edge
#                            LE<=0/TE<=0               LE<=0/TE>0
#                            LE>0/TE<=0                LE>0/TE>0
    Topology Piece Options = LECircleLow_TECircleHigh, LECircleLow_TECircleLow, \
                             LECircleHigh_TECircleHigh, LECircleHigh_TECircleLow
    Angle Ranges = 0
    Blade End = LETE
  END
  ATM TOPOLOGY CHOICE: Single Round Round Symmetric
    Topology List = LERoundedSymmetricStar, PassageBlock1by4, TERoundedSymmetricStar
    Blade Count = 1
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Primary Topology Choice = true
    Topology Image = RoundRoundSymmetric.png
    Topology Description = A symmetric topology at the leading and trailing edges for a single-\
                           bladed geometry with round leading and trailing edges.
  END
  ATM TOPOLOGY CHOICE: Single Round Round Refined
    Topology List = Single Blade Refined Leading Edge Passage Trailing Edge
    Blade Count = 1
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Leading Edge Angle Range = -90, -15, 15, 90
    Trailing Edge Angle Range = -90, -15, 15, 90
    Topology Image = RoundRoundRefined.png
    Topology Description = A refined topology at the leading and trailing edges for a single-\
                           bladed geometry with round leading and trailing edges.
  END
  ATM TOPOLOGY CHOICE: Single Round Cutoff Symmetric
    Topology List = LERoundedSymmetricStar, PassageBlock1by4, Single Blade Trailing Edge Cutoff
    Blade Count = 1
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Cutoff
    Primary Topology Choice = true
    Topology Image = RoundCutoffSymmetric.png
    Topology Description = A symmetric topology at the leading edge for a single-\
                           bladed geometry with a round leading edge and a cut-off trailing edge.
  END
  ATM TOPOLOGY CHOICE: Single Round Cutoff Refined
    Topology List = Single Blade Refined Leading Edge Passage, Single Blade Trailing Edge Cutoff
    Blade Count = 1
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Cutoff
    Leading Edge Angle Range = -90, -15, 15, 90
    Topology Image = RoundCutoffRefined.png
    Topology Description = A refined topology at the leading edge for a single-\
                           bladed geometry with a round leading edge and a cut-off trailing edge.
  END
  ATM TOPOLOGY CHOICE: Single Cutoff Round Symmetric
    Topology List = Single Blade Leading Edge Cutoff, PassageBlock1by4, TERoundedSymmetricStar
    Blade Count = 1
    Leading Edge Shape = Cutoff
    Trailing Edge Shape = Rounded
    Primary Topology Choice = true
    Topology Image = CutoffRoundSymmetric.png
    Topology Description = A symmetric topology at the trailing edge for a single-\
                           bladed geometry with a cut-off leading edge and a round trailing edge.
  END
  ATM TOPOLOGY CHOICE: Single Cutoff Cutoff
    Topology List = Single Blade Leading Edge Cutoff, PassageBlock1by4, Single Blade Trailing Edge Cutoff
    Blade Count = 1
    Leading Edge Shape = Cutoff
    Trailing Edge Shape = Cutoff
    Primary Topology Choice = true
    Topology Image = CutoffCutoff.png
    Topology Description = A topology appropriate for a single blade with both leading and \
                           trailing edges cut-off.  Suitable topology based on blade \
                           angles is chosen at the cut-off blade ends.
  END
  ATM TOPOLOGY CHOICE: Single Splitter
    Topology List = Single Splitter Leading Edge, Single Splitter Main Passage, S1_LESplitterCircle, \
                    S1_LP1by4, Single Splitter Low Passage Cutoff, \
                    S1_HP1by4, Single Splitter High Passage Cutoff
    Blade Count = 2
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Cutoff
    Primary Topology Choice = true
    Topology Image = SingleSplitter.png
    Topology Description = A topology appropriate for a geometry with a main blade and one \
                           splitter blade.  The topology will be automatically adjusted \
                           for leading and trailing edge blade angles.
  END
  
  ATM TOPOLOGY CHOICE:Double Splitter Symmetric Cutoff
    Topology List = S2_SymmetricSplitterBeta
    Blade Count = 3
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Cutoff
    Primary Topology Choice = true
    Beta Feature Topology = true
    Topology Image = DoubleSplitterSymmetricCutOff.png
    Topology Description = A topology appropriate for a geometry with a main blade and two \
                           splitter blades.  The topology will be automatically adjusted \
                           for leading and trailing edge blade angles.
  END
  
  ATM TOPOLOGY CHOICE:Tandem Vane Aligned High
    Topology List = TandemVanesAlignedHigh
    Blade Count = 2
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Primary Topology Choice = false
    Beta Feature Topology = false
    Topology Image = TandemVanesAlignedHigh.png
    Topology Description = A topology appropriate for a geometry with a main blade and a \
                           tandem blade that is aligned with the main blade and higher in the theta direction. \
						   The leading edge of the tandem vane should be approximately at the same streamwise location \
						   as the trailing edge of the main blade. \
						   The topology will be automatically adjusted \
                           for leading and trailing edge blade angles.
  END
  
  ATM TOPOLOGY CHOICE:Tandem Vane Aligned Low
    Topology List = TandemVanesAlignedLow
    Blade Count = 2
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Primary Topology Choice = false
    Beta Feature Topology = false
    Topology Image = TandemVanesAlignedLow.png
    Topology Description = A topology appropriate for a geometry with a main blade and a \
                           tandem blade that is aligned with the main blade and lower in the theta direction. \
						   The leading edge of the tandem vane should be approximately at the same streamwise location \
						   as the trailing edge of the main blade. \
						   The topology will be automatically adjusted \
                           for leading and trailing edge blade angles.
  END
  
  ATM TOPOLOGY PIECE SELECTOR: Single Splitter LE Rounded Circle 
    Topology Piece Options = S1_RoundedLECircleLow, S1_RoundedLECircleHigh
    Angle Ranges = 0
    Blade End = LE
  END
  
  ATM TOPOLOGY PIECE SELECTOR: Single Splitter LE Rounded Passage 
    Topology Piece Options = S1_MP1by8Low, S1_MP1by8High
    Angle Ranges = 0
    Blade End = LE
  END
  
  ATM TOPOLOGY CHOICE: Single Splitter High Rounded Trailing Edge
    Topology List = S1_RoundedLECircleHigh,S1_MP1by8High,S1_RoundedLESplitterCircle, \
                    S1_LP1by4,S1_HP1by4,S1_RoundedTESymmetricTwoBlades2by8
    Blade Count = 2
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Primary Topology Choice = false
    Topology Image = SingleSplitterRoundedTE.png
    Topology Description = A topology appropriate for a geometry with a main blade and one \
                           splitter blade. Both blades have rounded trailing edges.
  END
   
  ATM TOPOLOGY CHOICE: Single Splitter Rounded Trailing Edge
    Topology List = Single Splitter LE Rounded Circle, Single Splitter LE Rounded Passage,\
                    S1_RoundedLESplitterCircle, \
                    S1_LP1by4,S1_HP1by4,S1_RoundedTESymmetricTwoBlades2by8
    Blade Count = 2
    Leading Edge Shape = Rounded
    Trailing Edge Shape = Rounded
    Primary Topology Choice = true
    Topology Image = SingleSplitterRoundedTE.png
    Topology Description = A topology appropriate for a geometry with a main blade and one \
                           splitter blade. Both blades have rounded trailing edges.
  END  
END

USER DEFINED:
END

FILE PROCESSING:
  Processing Mode = None
  Path Stack = .
END

! sub showSpan {
!   my $match = shift;
!   my $matchString = "";
!   while (defined $match) {
!     $matchString = "${matchString}, match=${match}";
!     $match = shift;
!   }
!   my @geomList = split ",", getChildren("/GEOMETRY ATTRIBUTES", "");
!   foreach my $geom (@geomList) {
      > sg object=/GEOMETRY ATTRIBUTES/$geom, type=all, draw=on${matchString}
!   }
! }
